Vector editing mode in Figma - Practice Problems & Coding Challenges

Challenge - 5 Problems

🧠 Conceptual

intermediate

Understanding Vector Editing Mode Basics

In Figma's Vector editing mode, what happens when you select a vector point and drag it?

A The selected point moves, changing the shape of the vector path.

B The entire vector shape duplicates automatically.

C The vector point changes color but stays in place.

D The vector path deletes immediately.

💡 Hint

Think about how vector points control the shape.

Dragging a vector point moves it, which changes the shape's outline. This is the core of vector editing.

❓ dax_lod_result

intermediate

Using Vector Editing Mode to Adjust Curves

Which tool in Vector editing mode allows you to adjust the curve handles to change the smoothness of a path?

A Bezier handles

B Pen tool

C Move tool

D Slice tool

💡 Hint

These handles control the curve direction and length.

Bezier handles appear when you select a curve point and let you adjust the curve's smoothness and direction.

❓ visualization

advanced

Visualizing Vector Point Types

You have a vector path with three points: one corner point, one smooth point, and one symmetric point. Which visualization correctly shows the difference in their handles?

A Corner point has one handle, smooth point has two equal handles, symmetric point has no handles.

B Corner point has two equal handles, smooth point has no handles, symmetric point has one handle.

C Corner point has no handles, smooth point has two handles in different directions, symmetric point has two handles equal in length and opposite directions.

D All points have identical handles with no difference.

💡 Hint

Think about how each point type affects path shape.

Corner points break the path sharply and have no handles, smooth points have handles that can be moved independently, and symmetric points have handles that mirror each other for smooth curves.

❓ data_modeling

advanced

Modeling Vector Paths with Points and Handles

In vector editing mode, how would you model a path with multiple points and handles to allow smooth and corner points in a data structure?

A Use a single string describing the path with no point details.

B Use a list of objects where each object has point coordinates, type (corner/smooth), and optional handle coordinates.

C Use a flat list of coordinates without point types or handles.

D Use a boolean flag for the entire path to indicate if it is smooth or corner.

💡 Hint

Think about what information is needed to recreate the path shape.

Each point needs coordinates, a type to know how it behaves, and handles if it is smooth or symmetric to define curves.

🔧 Formula Fix

expert

Debugging Vector Handle Behavior

You notice that when moving a handle on a symmetric point, the opposite handle does not move as expected, breaking the smooth curve. What is the most likely cause?

A The entire vector shape is deleted accidentally.

B The vector path is locked, preventing handle movement.

C The handle coordinates are missing, causing no movement.

D The point type is set to smooth instead of symmetric, so handles move independently.

💡 Hint

Check the point type settings for handle behavior.

Smooth points allow independent handle movement, while symmetric points keep handles mirrored. If the point is smooth, handles won't move together.